Abs Workout 40+

Abs Workout 40+ Basta mahalin mo lng ako ng todo higit pa jan ang ibabalik ko sayo. Let’s go!!
(90)

If you can do this you are awesome!!
12/16/2025

If you can do this you are awesome!!

🚨 10 ECG Patterns That Kill If You Miss Them 🚨Know these or someone dies.🫀 Wellens – Critical LAD. Do NOT stress test🫀 B...
12/16/2025

🚨 10 ECG Patterns That Kill If You Miss Them 🚨Know these or someone dies.

🫀 Wellens – Critical LAD. Do NOT stress test
🫀 Brugada – Sudden VF risk, fever unmasking
🫀 Hyperkalemia – Peaked T → sine wave → arrest
🫀 Massive PE – Sinus tachycardia + RV strain
🫀 STEMI – ST elevation, reciprocal changes
🫀 Left Main Ischemia – Diffuse ST ↓ + aVR ↑
🫀 Ventricular Tachycardia – Wide = VT until proven otherwise
🫀 Torsades – Prolonged QT, polymorphic VT
🫀 Complete Heart Block – AV dissociation, pacing needed
🫀 Cardiac Tamponade – Low voltage, electrical alternans

Missed rhythms kill. Recognition saves lives.

A new proof-of-concept implant may help people blinded by cornea damage see again without needing donor tissue. The idea...
12/14/2025

A new proof-of-concept implant may help people blinded by cornea damage see again without needing donor tissue. The idea is to skip the damaged cornea altogether and instead send images straight onto the retina. The system works in several steps: external smart glasses with a camera capture whatever the wearer is seeing, that visual data is sent wirelessly to a tiny display sealed inside the front part of the eye, then the display projects those images onto the retina. Because the light path that would normally go through the cornea is now bypassed, the implant can restore visual signals even when the cornea is scarred or clouded.

The prototype uses a 450 by 450-pixel microdisplay packed into a 5.6-millimeter implant. Researchers have designed it to be sealed and implanted using a surgical procedure similar to standard corneal surgery. Early testing shows promise for keeping it safe and functional.
If everything goes well, human trials might begin in about two years. For many people waiting for corneal transplants, this offers hope for an engineered alternative to donor cornea that could help restore vision.

Your brain might have the power to heal itself. What scientists just discovered about stroke recovery is nothing short o...
12/14/2025

Your brain might have the power to heal itself.

What scientists just discovered about stroke recovery is nothing short of miraculous. For decades, we believed brain damage was permanent, that once neurons died, they were gone forever. But a revolutionary breakthrough is proving us wrong in the most incredible way.

In groundbreaking clinical trials, researchers introduced specialized stem cells directly into the damaged regions of stroke patients' brains.

What happened next stunned the medical community.

These stem cells didn't just survive, they transformed into functioning neurons and rebuilt blood vessel networks that had been destroyed. Patients who couldn't move their arms suddenly regained motor control. Those who lost the ability to speak began forming words again. Memory functions that vanished returned.

The most remarkable part? Some of these improvements happened in patients who had their strokes six months to a year earlier. Traditional medicine told us that after the initial recovery window closes, usually within 3-6 months, whatever function you lost was gone permanently. This discovery is rewriting that rule entirely. Unlike physical therapy that teaches your brain to work around the damage, stem cell therapy actually repairs and regenerates the tissue itself.

Dr. Gary Steinberg's team at Stanford University has been leading this research, with trials showing that stem cell injections can reverse even chronic stroke damage. The therapy works by injecting modified stem cells that can cross the blood-brain barrier and migrate to injured areas. Once there, they release growth factors that stimulate the brain's natural healing processes and physically replace dead tissue with new, functioning cells.

This isn't just about stroke recovery anymore. Researchers believe this same approach could work for traumatic brain injuries, degenerative diseases, and other conditions we once considered irreversible.

The era of regenerative brain medicine is here, and it's transforming everything we thought we knew about the brain's ability to heal.

📌Sources include research published in the journal Stem Cells Translational Medicine and clinical trials conducted at Stanford University School of Medicine.

Credits: CTTO

Lungs wiped out entirely — yet the body lives. No pill can make humans breathe underwater yet — a surfer’s dream — but r...
12/12/2025

Lungs wiped out entirely — yet the body lives. No pill can make humans breathe underwater yet — a surfer’s dream — but real science is doing something far more important.

🦋 Viral headlines love fantasy. But the real breakthroughs are happening in emergency medicine, not underwater biology. In 2024–2025 studies, scientists infused oxygen-loaded microbubbles directly into the bloodstream of animals whose airways were completely blocked. In swine — far closer to humans — these microbubbles maintained oxygenation for ~12 minutes, prevented cardiac arrest, and preserved brain and kidney function. Earlier rabbit studies reached ~15 minutes. Life sustained without breathing.

🧫 These aren’t pills or sci-fi adaptations. They’re microscopic oxygen carriers that dissolve in blood and release oxygen directly into red blood cells. Still early. Still pre-clinical. But profoundly promising for drowning, trauma, choking, and respiratory collapse — the exact moments where seconds define survival.

📸 And it speaks to a truth I see every day: breakthroughs save lives only when we act before the catastrophic event. Symptoms can exist — vague, unexplainable, not severe — and that’s why patients often undergo imaging through defensive medicine. Radiology is the corridor where deterioration becomes visible long before devastating symptoms — or emergencies — erupt.

🏄‍♀️ This resonates deeply with my work — using AI-driven imaging insight to catch what symptoms hide until it’s too late.

🐬 Because the future of healthcare isn’t treating late-stage disease. It’s building the systems that make prevention scalable and inevitable. 💚

References: Nature Biomedical Engineering (oxygen microbubble swine model, Feb 2024); Science Translational Medicine (injectable microparticles, Jun 2012); Journal of Nanobiotechnology (oxygen carriers review, Jan 2025).

The internet loves saying kids “get their intelligence from their mothers.” The truth is far more interesting — and far ...
12/11/2025

The internet loves saying kids “get their intelligence from their mothers.” The truth is far more interesting — and far more human.

The idea came from older studies at Cambridge and the University of Ulm that examined how certain genes on the X chromosome influence brain development. Since women carry two X chromosomes, headlines rushed to a simple claim. Mothers pass on intelligence. Fathers do not. A neat story. A viral soundbite.

But modern genetics paints a bigger and more accurate picture. Intelligence is polygenic. Thousands of genes across every chromosome work together, shaped by both parents in ways far too complex for a single source. And even those genes are only part of the story. A child’s mind grows through experience. Emotional safety. Conversation at the dinner table. Play. Curiosity encouraged instead of dismissed. The quiet environments adults build around them.

Fun Fact: Studies show that early childhood experiences can account for nearly half of the variation in measured intelligence over time, proving that environment continually reshapes the brain.

Genes may unlock potential, but life decides whether that potential is nurtured or ignored. Intelligence is not inherited from one parent. It is built by everyone who gives a child room to think

Sources
Cambridge University — Genetics of cognition and X-linked influences
University of Ulm — Maternal/paternal genetic contributions to brain development
Psychological Science — Early childhood environment and long-term intelligence outcomes

Magpost lng ng magpost kc d natin alam kung alin ang bibigyan nya ng mas malaking kita.
12/11/2025

Magpost lng ng magpost kc d natin alam kung alin ang bibigyan nya ng mas malaking kita.

Bibihira lang sila pero legit!!
12/11/2025

Bibihira lang sila pero legit!!

Nasa small content creator ang tunay na sumusuporta kaya suportahan din natin sila.🪴💯✅
12/11/2025

Nasa small content creator ang
tunay na sumusuporta kaya suportahan din natin sila.🪴💯✅

12/10/2025

Kahit dka sikat mahalaga marunong ka sumuporta sa iba pra umangat din sila❤️✅

12/10/2025

Yung mga C’creator na marunong mamansin
sila yung mabilis umangat. Legit 💯✅🌸

A baby’s brain reacts a mother’s singing voice like medicine by activating areas for emotional regulation, memory, and l...
12/10/2025

A baby’s brain reacts a mother’s singing voice like medicine by activating areas for emotional regulation, memory, and language, fostering bonding and reducing stress through familiar rhythms and voice, which releases calming hormones like oxytocin in both mother and baby, creating a powerful, natural early brain training and mood stabilizer. It’s a synchronized, soothing experience that builds neural pathways and promotes overall well-being, acting as potent emotional support and cognitive development tool.

🗂️How it works in the womb and after birth:

📑Auditory Stimulation: The fetus hears the mother’s voice as early as 18 weeks, building familiarity and recognizing patters, which aids language development later.

📑Hormonal Release: Singing triggers oxytocin (the “love hormone”) and serotonin in the mother whilst pregnant which crosses the placenta which calms the baby and reduces stress and stabilizes heart rate. These same hormones are released directly by the infant if the woman sings both during and after pregnancy.

📑Brain Development: Rhythmic singing stimulates brain regions for memory (hippocampus) and emotion (amygdala), forming richer neural connections and enhancing plasticity.

📑Emotional Regulation: Familiar melodies from the womb soothe newborns, lowering crying and syncing the baby’s arousal levels (measured by sweat) with the mother’s calm state.

📑Bonding & Mood: This familiar sound strengthens the mother-child bond and improves the infant’s mood, acting as powerful, free “medicine” for mental well-being.

🗂️Brain areas activated by music (including singing):

📑Amygdala: Emotional response.
📑Hippocampus: Memory formation.
📑Cerebellum: Movement.
📑Corpus Callosum: Synchronizes brain hemispheres.

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